Backplane Connectors - ARINC

The ARINC backplane connector system is one of the most popular types of backplane connectors. The BKAD2-A154-300 series is a popular family of backplane connectors that are used in a variety of applications. This article will provide an overview of the different types of applications for the BKAD2-A154-300 backplane connectors and the principles behind them.

Application Fields

The BKAD2-A154-300 backplane connectors are used in a variety of different applications. These connectors are often used in communication and military systems, datacom systems, instrument systems, and airborne systems. The connectors are designed to be used in high-speed data (up to 10 Gbps) applications and are also commonly used in high-speed Ethernet networks.

The connectors are also used in base station antenna systems. These applications often involve transmitting and receiving high-speed signals over large distances, which makes the BKAD2-A154-300 connectors ideal for this type of application. Furthermore, the connectors are often used in robotics and medical applications where the system needs to be able to reliably transfer high-speed data.

Working Principle

The BKAD2-A154-300 backplane connector systems work on the basis of a simple principle. The connector consists of two parts, the male and the female connectors. The male connector is typically attached to the main system and the female connector is connected to the peripheral device. Connectivity is established when the male connector inserts into the female connector.

The BKAD2-A154-300 card guides, also known as card cages, provide support for the male and female connectors without the need for screws or other attachments. The card cage provides physical support for the connectors. This ensures that the connectors remain connected, even when the system is subjected to vibrations or shock. The card cage also helps to protect the connectors from environmental, electrical, and thermal interference.

The BKAD2-A154-300 backplane connector system is also designed to protect the sensitive data being transmitted over the connection. It uses an IEC-compliant shielded cable and a four-point contact configuration to ensure that the connection is reliable and secure. Furthermore, the connectors are designed with insulation displacement features that help to improve signal integrity and reduce crosstalk.

Conclusion

The BKAD2-A154-300 backplane connector system is a popular choice for use in a variety of different applications. The connectors are designed to provide reliable and secure connections for high-speed data applications. Furthermore, the connectors are able to withstand shock and vibration and are designed with additional features to protect the data being transmitted. The BKAD2-A154-300 connectors provide an effective and reliable means of establishing communication between two systems.